Malaysia and CSIRO Collaborate to Study Battery Performance in Tropical Conditions
Malaysia's Sustainable Energy Development Authority (SEDA) is partnering with CSIRO to study battery performance in the country's hot and humid tropical climate, aiming to fill a research gap in battery technology. Supported by the Australian government's Partnerships for Infrastructure initiative, the study will address challenges like corrosion and thermal runaway, essential for Malaysia's goal of achieving a 70% renewable energy share by 2050. Findings will guide policy and standards for battery deployment, with implications for the broader Southeast Asian region.
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Malaysia's Sustainable Energy Development Authority (SEDA) is collaborating with CSIRO to investigate battery energy storage performance in hot and humid climates, particularly under Malaysia's tropical conditions. This study, supported by the Australian government's Partnerships for Infrastructure initiative, aims to address a knowledge gap in battery technology as most existing research pertains to cooler regions.
Malaysia targets a 70% renewable energy share by 2050, necessitating reliable energy storage solutions to manage solar generation intermittency and grid stability. The study reveals that while Malaysia's stable temperatures (22-32°C) are favorable, high humidity (80-90%) poses risks such as corrosion and thermal runaway.
The findings will inform policy frameworks, standards, and training for battery deployment in Malaysia, with potential for further research in Southeast Asia. This effort aligns with Malaysia's National Renewable Energy Policy updates and energy transition roadmap.
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